WIDIA NR3M200L Grooving/Parting Insert NR Carbide Ceiling Tiles and Accessories WESTWARD E701833250 Stick Electrode AWS

WESTWARD E701833250 Stick Electrode AWS Classification E7018 E7018-1 Material Carbon Steel Process Stick Welding (SMAW) Overall Diametre 3/32 in Overall Length 14 in Tensile Strength (Minimum Required) 70 ksi Tensile Strength (As Welded) 70 ksi Yield Strength (Minimum Required) 58 ksi Yield Strength (As Welded) 58 ksi Series E7018-1 Weight 50 lb For Material Type Carbon Steel to Carbon Steel Carbon Steel to Low-Alloy Steel Low-Alloy Steel to Low-Alloy Steel Welding Current Designation AC DCEP

POWER FIRST 24C837 Ring Terminal Insulation colour Bare Insulation Coverage None Insulation Material None Maximum Operating Temperature 302 Degrees F Maximum Voltage 600 V Minimum Wire Size 16 AWG Maximum Wire Size 14 AWG Termination Style Crimp Tongue Width 0

50 Fastener Length 80 mm Fastener Thread Direction Right Hand Fastener Thread Type Metric Coarse Fastener Thread Style Fully Threaded Fastener Industry Standards DIN 933 Head Type Hex Min Thread Length 80 mm Head Height 6

LYLE U11019RD14X10 Danger Sign Horizontal Rectangle Number of Printed Sides 1 English Sign Format Traditional OSHA Sign Legend High Voltage Keep Out Sign Legend Background colour White Sign Legend Style Text

BRADY 133291 K7468 Lockout Padlock Body colour Yellow Body Height 1 1/4 in Body Material Aluminum Body Thickness 1/2 in Body Width 1 1/4 in Header None/No Header Key Style Standard Key Type Keyed Alike Non-Removable Key Yes Resistance Properties Corrosion Resistant Fade Resistant Shackle Diameter 1/4 in Shackle Height 1 in Shackle Material Aluminum Shackle Type Open Vertical Shackle Clearance 1 in Width Across Shackle 3/4 in Body Material Coating Anodized Control Key Registration Required No

WIDIA NR3M200L Grooving/Parting Insert NR Carbide Ceiling Tiles and Accessories WESTWARD E701833250 Stick Electrode AWSWIDIA NR3M200L Parting and Grooving Insert Left Hand Max Grooving Width 4. 00mm ANSI Code NR3M200L Clearance Angle 11 Degrees Coating Process PVD